Description
Robotic waterjet parts
Item number: 10079028 1/4″ Coupling
Details: used on the ABB robot arms, robotic waterjet cutting system
Related robotic waterjet coils:
Robotic waterjet cutting system: Yaskawa robotic waterjet workstation, Dual Fanuc robotic waterjet workstation, ABB robotic waterjet workstation
FAQ of platform waterjet machine & robot waterjet system:
What are the specific application scenarios for robotic water jet cutting machine in aerospace?
There are several specific application scenarios for robotic water jet cutting machine in the aerospace sector. Below are some of the common applications:
Cutting Aerospace Components: Robotic water jet cutting can be used to cut metals and composites for aerospace components. For example, it can be used to cut aircraft fuselage structures, engine housings, aero-engine components, etc.
Cutting spacecraft components: Robotic waterjet cutting can be used to cut a variety of components during the manufacturing and repair of spacecraft. For example, it can be used to cut spacecraft housings, fuel tanks, propulsion components, etc.
Cutting of thermal protection materials: The aerospace industry uses a large number of thermal protection materials, such as heat-resistant insulation tiles or heat-resistant coatings. Robotic water jet cutting can be used to cut and repair these thermal shielding materials, ensuring thermal protection for aerospace vehicles.
Cutting Complex Surfaces: Aerospace components often have complex surfaces and shapes, and robotic water jet cutting technology can flexibly adapt to these complex geometries and cut them precisely. This makes it very useful when cutting complex aerospace parts.
Cutting and repairing welds: Robotic waterjet cutting can be used to cut and repair welds on aerospace components. It removes bad welds or defects created during the welding process and repairs them to ensure the quality and strength of the part.
It is important to note that specific application scenarios for robotic water jet cutting may vary depending on the type and requirements of the aerospace component. In practical applications, appropriate parameter settings and operating techniques should be selected according to specific cutting tasks and material properties.
